def _c_min_geodetic_distance(mlons, mlats, slons, slats):
mlons, mlats, slons, slats = _prepare_coords(mlons, mlats,
slons, slats)
mdepths = sdepths = numpy.array(0.0)
return _geodetic_speedups.min_distance(mlons, mlats, mdepths,
slons, slats, sdepths,
indices=False)
def _c_min_geodetic_distance(mlons, mlats, slons, slats):
mlons, mlats, slons, slats = _prepare_coords(mlons, mlats,
slons, slats)
mdepths = sdepths = numpy.array(0.0)
return _geodetic_speedups.min_distance(mlons, mlats, mdepths,
slons, slats, sdepths,
indices=False)
def _c_min_distance(mlons, mlats, mdepths,
slons, slats, sdepths, indices=False):
assert not indices or mlons.ndim > 0
mlons, mlats, slons, slats = _prepare_coords(mlons, mlats,
slons, slats)
mdepths = numpy.array(mdepths, float)
sdepths = numpy.array(sdepths, float)
assert mlons.shape == mdepths.shape
assert slons.shape == sdepths.shape
return _geodetic_speedups.min_distance(mlons, mlats, mdepths,
slons, slats, sdepths, indices)
def _c_min_distance(mlons, mlats, mdepths,
slons, slats, sdepths, indices=False):
assert not indices or mlons.ndim > 0
mlons, mlats, slons, slats = _prepare_coords(mlons, mlats,
slons, slats)
mdepths = numpy.array(mdepths, float)
sdepths = numpy.array(sdepths, float)
assert mlons.shape == mdepths.shape
assert slons.shape == sdepths.shape
return _geodetic_speedups.min_distance(mlons, mlats, mdepths,
slons, slats, sdepths, indices)